Quantum boomerang effect for interacting particles

A singular lagrangian model for two interacting relativistic particles.. Annales

When the temperature is further decreased into the nematic domain, small birefringent droplets are expelled from the fluid flocs. These nematic droplets can coalesce amongst

This theoretical curve is in agreement with the experimental values in the region that the ionization waves appear. le confirm that, when the ionization waves de- velop above B1,

A simple model for polymeric fractals in a good solvent and an improved version of the Flory approximation..

To get the highest homodyne efficiency, the phases of the quantum field and local oscillator have to be matched (see Section III). Assuming the phase θ LO of the local oscillator to

The main consequences we draw from the model are as follows: (1) mag- netic field lines emerge near the magnetic equator, and their foot points move on a spiralling path (see Fig.

This paper is interested in model updating problems which consists in iden- tifying optimal values of model parameters by comparing the model outputs with the experimental outputs.

The limit state ω H,I acts on right moving observables as a vacuum state (com- posed with an appropriate wave morphism), while on left moving observables it acts as the thermal state